Massy's $75M Warehouse Risks Blackouts as Guyana Pays $235K/Day for Power Ships

Logistics operators know that automated storage and just-in-time dispatch systems are only as good as the power feeding them. In Guyana, where two Turkish power ships drain $235,000 daily from the public purse just to keep the grid functional, Massy’s 190,000 sq-ft hub could encounter costly disruptions that ripple through regional supply chains.

Massy Holdings’ groundbreaking ceremony for the US$75 million Massy Hub in Houston, East Bank Demerara, Guyana, signaled a bold bet on the oil-driven Guyanese economy. The 190,000-square-foot facility is designed as a state-of-the-art logistics nerve center, incorporating advanced automation such as an Automated Storage and Retrieval System (ASRS), temperature-controlled storage, 15 container receiving bays, and 28 dispatch bays. Scheduled for completion by 2028 after an 18-month construction window, the project aspires to position Massy at the center of South America’s fastest-growing market. However, a critical question went unaddressed during the fanfare: will Guyana’s notoriously unreliable and expensive electricity grid support such an energy-intensive operation?

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In Guyana, where two Turkish power ships drain $235,000 daily from the public purse just to keep the grid functional, Massy’s 190,000 sq-ft hub could encounter costly disruptions that ripple through regional supply chains.

Currently, Guyana’s electricity ranks among the most costly and unstable in the Caribbean. Industrial users face rates approaching US$0.32 per kilowatt-hour — a figure that would rank among the highest in North America. The grid itself is so fragile that the government has been forced to rent two floating power ships from Turkey’s Karpowership International at a combined daily cost of approximately US$235,000 to prevent routine blackouts. As recently as March 2026, the contract was extended with a blunt admission from the responsible minister: “If we don’t, you would get blackout.” For an automated warehouse relying on climate controls, precision robotics, and uninterrupted data flows, even brief outages could disrupt inventory management, damage temperature-sensitive goods, and erode the facility’s value proposition.

The government’s long-term solution is the US$1.9 billion Gas-to-Energy (GtE) project at Wales, which promises to convert offshore natural gas into a reliable 300-megawatt power supply. Yet this project has faced repeated delays; even the most optimistic projections now target completion no earlier than 2027, with many observers skeptical. If the GtE timeline slips further, Massy’s 2028 opening will occur against a backdrop of continued diesel- and heavy-fuel-oil-based generation, sustained by expensive emergency measures. On-site backup generation, perhaps natural-gas fired or solar-coupled battery storage, may become a necessity, but that would add significant upfront capital costs — a choice Massy’s management has not publicly addressed.